CN113947934A

CN113947934A - Parking route processing method, device and system

Info

Publication number: CN113947934A
Application number: CN202111201730.4A
Authority: CN
Inventors: 戴观祺; 孙正宇; 饶恒; 闫祯杰
Original assignee: Guangzhou Xiaopeng Motors Technology Co Ltd
Current assignee: Guangzhou Xiaopeng Motors Technology Co Ltd
Priority date: 2021-10-15
Filing date: 2021-10-15
Publication date: 2022-01-18
Anticipated expiration: 2041-10-15
Also published as: CN113947934B

Abstract

The application relates to a parking route processing method, equipment and a system. The method comprises the following steps: obtaining at least one parking route uploaded after a vehicle of a sharing party completes the learning of the parking route; receiving a parking route downloading request initiated after a sharing receiver obtains a parking route shared by a sharing party through a sharing access entrance issued by the sharing party, wherein the sharing access entrance is generated after the sharing party selects a parking route to be shared from the at least one parking route and issues the parking route according to a sharing issuing instruction; and according to the parking route downloading request, downloading the corresponding parking route acquired by the sharing receiver to the vehicle of the sharing receiver from the at least one parking route, so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route. According to the parking route sharing method and device, the parking route sharing and downloading can be achieved, different users can share the parking route and can download the parking route, the parking efficiency is improved, and the user experience is improved.

Description

Parking route processing method, device and system

Technical Field

The present application relates to the field of automatic driving technologies, and in particular, to a parking route processing method, device, and system.

Background

The development of the automatic driving technology provides convenience for users. By using the memory parking scheme of the related technology, the vehicle can automatically drive and park in the parking space according to the memory route.

However, the memory route used for parking is generally required to be a route that a user's vehicle has learned in a parking lot. When the user's vehicle enters a new parking lot, the memory parking function cannot be used because the user's vehicle has not learned the route of the parking lot. If the user needs to use the memory parking function, the vehicle of the user needs to complete route learning by himself and store the route in the vehicle as a memory route for the next use.

Therefore, the parking efficiency is low and the user experience needs to be improved by the scheme adopted by the related technology.

Disclosure of Invention

In order to solve or partially solve the problems in the related art, the parking route processing method, the parking route processing device and the parking route processing system are provided, so that the parking route can be shared and downloaded by different users, the parking route can also be downloaded, the parking efficiency is improved, and the user experience is improved.

The application provides a parking route processing method, which comprises the following steps: obtaining at least one parking route uploaded after a vehicle of a sharing party completes the learning of the parking route; receiving a parking route downloading request initiated after a sharing receiver obtains a parking route shared by a sharing party through a sharing access entrance issued by the sharing party, wherein the sharing access entrance is generated after the sharing party selects a parking route to be shared from the at least one parking route and issues the parking route according to a sharing issuing instruction; and according to the parking route downloading request, downloading the corresponding parking route acquired by the sharing receiver to the vehicle of the sharing receiver from the at least one parking route, so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route. Through the processing, if the vehicle of one user finishes the learning of the parking route and shares the parking route, other users can download the shared parking route as a sharing receiver, and the vehicle of the user can automatically drive by using the downloaded parking route without learning, for example, the vehicle can be parked in a destination parking space, so that the parking efficiency of the user in a new parking lot is greatly improved, and the user experience is also improved.

In the parking route processing method, the sharing access entry is generated by the sharing party after selecting a parking route to be shared from the at least one parking route, and the method includes: and responding to the selection operation of the sharing party on the at least one parking route or the selection operation of the sharing party after the sharing party touches the at least one parking route to enter the display content by the terminal of the sharing party, receiving the selection of the parking route to be shared from the at least one parking route by the sharing party, and generating a sharing access entrance of the parking route. The parking route sharing mode can be different modes, for example, the parking route is directly selected, or the selection operation is performed after the detailed content of the parking route is checked, so that different operation requirements of users are met.

In the parking route processing method, the receiving a parking route downloading request initiated after a sharing receiver obtains a parking route shared by a sharing party through a sharing access portal issued by the sharing party includes: and after the sharing receiver identifies the sharing access entrance issued by the sharing party and acquires the parking route shared by the identified sharing party to the sharing receiver, receiving a parking route downloading request initiated by the sharing receiver. By identifying the sharing access entrance issued by the sharing party, the shared parking route can be obtained.

In the parking route processing method, the receiving a parking route download request initiated by a sharing receiver includes: receiving a parking route downloading request initiated by the sharing receiver after the sharing receiver downloads the acquired parking route from a terminal of the sharing receiver; or after the terminal of the sharing receiver displays the obtained at least one parking route and receives that the sharing receiver selects a parking route to be downloaded from the at least one parking route, receiving a parking route downloading request initiated by the sharing receiver. After the sharing party obtains the parking route shared by the sharing party to the sharing receiver through the sharing access entrance, the sharing receiver can directly download the obtained parking route to a vehicle of the sharing receiver; or after the acquired parking routes are stored, the parking route is selected from at least one parking route obtained by displaying and then downloaded to the vehicle.

In the parking route processing method, the receiving and sharing receiver selects a parking route to be downloaded from the at least one parking route, and the method includes: responding to the selection operation of the sharing receiver on the at least one parking route, and receiving a parking route to be downloaded selected by the sharing receiver from the at least one parking route; or responding to the selection operation of the sharing receiver after the sharing receiver touches the at least one parking route to enter the display content, and receiving that the sharing receiver selects a parking route to be downloaded from the at least one parking route. The parking route downloading mode can be different modes, for example, the parking route is directly selected, or the selection operation is performed after the detailed content of the parking route is checked, so that different operation requirements of a user are met.

In the parking route processing method, the information displayed for the parking route includes a name of a parking lot, a floor of the parking lot, and an end position corresponding to the parking route. The parking route can display the most basic information for the user to quickly refer to.

In the parking route processing method, the information displayed by the parking route further includes a position of a set attribute object corresponding to the parking route, and the set attribute object includes one or a combination of the following items: charging posts, elevator hatches, retail shops or retail facilities, vehicle service shops, and commercial building entrances and exits. The display content of the parking route can be richer, such as displaying the positions of a charging pile, an elevator port, a retail shop or a retail facility, a vehicle service shop, a commercial building entrance and exit and the like, and the display content is convenient for users to use according to different requirements.

The application also provides a cloud server, including: the route acquisition module is used for acquiring at least one parking route uploaded by a vehicle of a sharing party after learning of the parking route; the request receiving module is used for receiving a parking route downloading request initiated after a sharing receiver obtains a parking route shared by a sharing party through a sharing access entrance issued by the sharing party, wherein the sharing access entrance is generated after the sharing party selects a parking route to be shared from at least one parking route and issues the parking route according to a sharing issuing instruction; and the route downloading module is used for downloading the corresponding parking route acquired by the sharing receiver to the vehicle of the sharing receiver from the at least one parking route according to the parking route downloading request received by the request receiving module, so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route. Through the processing, if the vehicle of one user finishes the learning of the parking route and shares the parking route, other users can download the shared parking route as a sharing receiver, and the vehicle of the user can automatically drive by using the downloaded parking route without learning, for example, the vehicle can be parked in a destination parking space, so that the parking efficiency of the user in a new parking lot is greatly improved, and the user experience is also improved.

The present application also provides a parking route processing system including: the cloud server is used for acquiring at least one parking route uploaded by a vehicle of a sharing party after learning of the parking route; receiving a parking route downloading request initiated after a sharing receiver obtains a parking route shared by a sharing party through a sharing access entrance issued by the sharing party; according to the parking route downloading request, downloading a corresponding parking route acquired by the sharing receiver to a vehicle of the sharing receiver from the at least one parking route, so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route; the sharing party terminal is used for uploading at least one parking route to the cloud server after the vehicle of the sharing party completes the learning of the parking route; after the sharing party selects a parking route to be shared from the at least one parking route, a sharing access entrance is generated and issued according to a sharing issuing instruction; and the sharing receiver terminal is used for initiating a parking route downloading request to the cloud server after the sharing receiver obtains the parking route shared by the sharing party through the sharing access entrance issued by the sharing party. Through the processing, if the vehicle of one user finishes the learning of the parking route and shares the parking route, other users can download the shared parking route as a sharing receiver, and the vehicle of the user can automatically drive by using the downloaded parking route without learning, for example, the vehicle can be parked in a destination parking space, so that the parking efficiency of the user in a new parking lot is greatly improved, and the user experience is also improved.

In the parking route processing system, the sharing side terminal includes: the display module is used for displaying the recorded at least one parking route after the vehicle of the sharing party completes the learning of the at least one parking route; the receiving module is used for receiving the parking routes to be shared selected by the sharing party from the at least one parking route displayed by the display module; the generating module is used for generating a sharing access entrance according to the parking route to be shared received by the receiving module; and the sharing module is used for receiving a sharing issuing instruction of the sharing party to the sharing access entrance and issuing the sharing access entrance according to the sharing issuing instruction. Through the processing, if the vehicle of the user finishes the learning of at least one parking route, the parking route can be shared by other users for use, so that the other users can be used as sharing receivers, and the vehicle of the user can automatically drive by using the received parking route without learning, for example, the vehicle can be parked in a destination parking space, so that the parking efficiency of the user in a new parking lot is greatly improved, and the user experience is also improved.

In the parking route processing system, the receiving module includes: the first receiving submodule is used for responding to the selection operation of the at least one parking route, and receiving a parking route to be shared selected by a sharing party from the at least one parking route; or the second receiving submodule is used for responding to the selection operation after the at least one parking route is touched to enter the display content, and receiving that the sharing party selects the parking route to be shared from the at least one parking route. The parking route sharing mode can be different modes, for example, the parking route is directly selected, or the selection operation is performed after the detailed content of the parking route is checked, so that different operation requirements of users are met.

In the parking route processing system, the sharing recipient terminal includes: the acquisition module is used for acquiring the parking route shared by the sharing party to the sharing receiver through a sharing access entrance issued by the sharing party after the vehicle of the sharing party completes the learning of the parking route; and the downloading module is used for initiating a parking route downloading request to the cloud server, downloading the parking route acquired by the acquiring module to the vehicle of the sharing receiver, and enabling the vehicle of the sharing receiver to automatically drive by using the downloaded parking route. Through the processing, if the vehicle of one user finishes the learning of the parking route and shares the parking route, other users can download the shared parking route as a sharing receiver, and the vehicle of the user can automatically drive by using the downloaded parking route without learning, for example, the vehicle can be parked in a destination parking space, so that the parking efficiency of the user in a new parking lot is greatly improved, and the user experience is also improved.

In the parking route processing system, the download module includes: the first downloading submodule is used for responding to the received operation that the sharing receiver downloads the obtained parking route, initiating a parking route downloading request to the cloud server, and downloading the parking route to the vehicle of the sharing receiver; or, the second downloading submodule is used for displaying the obtained at least one parking route after the obtained parking route is saved; receiving a sharing receiver to select a parking route to be downloaded from the at least one parking route; and initiating a parking route downloading request to the cloud server, and downloading the parking route to be downloaded to the vehicle of the sharing receiver. After the sharing party obtains the parking route shared by the sharing party to the sharing receiver through the sharing access entrance, the sharing receiver can directly download the obtained parking route to a vehicle of the sharing receiver; or, the sharing receiver may store the obtained parking routes, and then select a parking route from the at least one parking route obtained through display to download to the vehicle.

The present application further provides a terminal device, including: a processor; and a memory having executable code stored thereon, which when executed by the processor, causes the processor to perform the method as described above.

The present application also provides a computer readable storage medium having stored thereon executable code, which when executed by a processor of an electronic device, causes the processor to perform the method as described above.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the application.

Drawings

The above and other objects, features and advantages of the present application will become more apparent by describing in more detail embodiments thereof with reference to the attached drawings, in which like reference numerals generally represent like parts throughout.

FIG. 1 is a flow chart diagram of a parking route processing method shown in the present application;

FIG. 2 is another flow chart diagram of the parking route processing method shown in the present application;

fig. 3 is a flowchart illustrating a sharing process in the parking route processing method shown in the present application;

fig. 4 is another flowchart illustrating a sharing process in the parking route processing method shown in the present application;

fig. 5 is a flowchart illustrating a download process in the parking route processing method shown in the present application;

fig. 6 is another flowchart illustrating a download process in the parking route processing method shown in the present application;

fig. 7 is another flowchart illustrating a download process in the parking route processing method shown in the present application;

fig. 8 is another flowchart illustrating a download process in the parking route processing method shown in the present application;

FIG. 9 is a schematic view of a user interface for an entry route management portal shown in the present application sharing process;

FIG. 10 is a schematic view of a user interface for deleting a route shown in the present application sharing process;

FIG. 11 is a schematic view of a user interface shown in the present application sharing process without a route;

FIG. 12 is a schematic view of a user interface shown in the present application sharing process when a new route is included;

FIG. 13 is a schematic view of a user interface for touching a "route sharing" control on a card of a management page shown in the sharing process of the present application;

FIG. 14 is a schematic view of a user interface shown in the sharing process of the present application where a touch card displays details of a route and touches a "route sharing" control in the details;

fig. 15 is a schematic diagram of a publication sharing route including a user information authorization process shown in the present application sharing process;

FIG. 16 is a schematic view of a user interface for an entry route management portal shown in the download process of the present application;

FIG. 17 is a schematic view of a user interface for deleting a route shown in the download process of the present application;

FIG. 18 is a schematic view of a user interface showing a parking route in a different state during the download process of the present application;

FIG. 19 is a schematic view of the user interface shown in the download process of the present application without a route;

FIG. 20 is a schematic view of a user interface shown in the download process of the present application when a new route is included;

FIG. 21 is a schematic view of a user interface for touching the "download to Car" control in a card of the management page as shown in the download process of the present application;

FIG. 22 is a schematic view of a user interface showing details of a touch card display route and touching the "download to Car" control in the details shown in the download process of the present application;

FIG. 23 is a flowchart illustrating downloading of parking routes in a route list shown in the present application download process;

FIG. 24 is a schematic flow chart illustrating the process of identifying a shared picture and saving or downloading a parking route as illustrated in the download process of the present application;

fig. 25 is a schematic structural diagram of a cloud server shown in the present application;

fig. 26 is a schematic configuration diagram of a parking route processing system shown in the present application;

fig. 27 is a schematic configuration diagram of a parking route sharing processing device shown in the present application;

fig. 28 is a schematic configuration diagram of a parking route download processing device shown in the present application;

fig. 29 is a schematic structural diagram of a terminal device shown in the present application.

Detailed Description

Embodiments of the present application will be described in more detail below with reference to the accompanying drawings. While embodiments of the present application are illustrated in the accompanying drawings, it should be understood that the present application may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.

The terminology used herein is for the purpose of describing particular examples only and is not intended to be limiting of the application. As used in this application and the appended claims, the singular forms "a", "an", and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise. It should also be understood that the term "and/or" as used herein refers to and encompasses any and all possible combinations of one or more of the associated listed items.

It should be understood that although the terms "first," "second," "third," etc. may be used herein to describe various information, these information should not be limited to these terms. These terms are only used to distinguish one type of information from another. For example, first information may also be referred to as second information, and similarly, second information may also be referred to as first information, without departing from the scope of the present application. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of that feature. In the description of the present application, "a plurality" means two or more unless specifically limited otherwise.

In the related art, if a user needs to use a memory parking function, the vehicle of the user needs to complete route learning by himself and store the route in the vehicle as a memory route for the next use, so that the parking efficiency is low, and the user experience needs to be improved. In order to solve the problems, the parking route downloading processing method can achieve parking route sharing and downloading, so that different users can share the parking route and download the parking route, parking efficiency is improved, and user experience is improved.

The technical solutions in the present application are described in detail below with reference to the accompanying drawings.

Fig. 1 is a flowchart illustrating a parking route processing method shown in the present application. The method can be applied to a cloud server (cloud for short).

Referring to fig. 1, the method includes:

in S101, at least one parking route uploaded by the vehicle of the sharing party after completing the learning of the parking route is obtained.

The information displayed by the parking route comprises the name of the parking lot, the floor of the parking lot and the end position corresponding to the parking route. The information displayed by the parking route may further include a position of a setting attribute object corresponding to the parking route, where the setting attribute object includes one or a combination of the following items: charging posts, elevator hatches, retail shops or retail facilities, vehicle service shops, and commercial building entrances and exits.

In S102, a parking route downloading request initiated by a sharing receiver after obtaining a parking route shared by the sharing party through a sharing access portal issued by the sharing party is received, where the sharing access portal is generated by the sharing party after selecting a parking route to be shared from at least one parking route, and is issued according to a sharing issuing instruction.

In this step, the sharing access entry is generated by the sharing party selecting a parking route to be shared from the at least one parking route, and may include: and responding to the selection operation of the sharing party on the at least one parking route or the selection operation of the sharing party after the sharing party touches the at least one parking route to enter the display content by the terminal of the sharing party, receiving the selection of the parking route to be shared from the at least one parking route by the sharing party, and generating a sharing access entrance of the parking route.

In the step, after the sharing receiver identifies the sharing access entrance issued by the sharing party and acquires the parking route shared by the identified sharing party to the sharing receiver, the sharing receiver receives the parking route downloading request initiated by the sharing receiver.

Receiving a parking route downloading request initiated by a sharing receiver may include: receiving a parking route downloading request initiated by a sharing receiver after a terminal of the sharing receiver downloads the acquired parking route; or after the terminal of the sharing receiver displays the obtained at least one parking route and receives the parking route to be downloaded selected by the sharing receiver from the at least one parking route, receiving a parking route downloading request initiated by the sharing receiver.

In S103, according to the parking route downloading request, the corresponding parking route acquired by the sharing recipient is downloaded to the vehicle of the sharing recipient from the at least one parking route, so that the vehicle of the sharing recipient can automatically drive using the downloaded parking route.

As can be seen from the example, according to the scheme provided by the application, if a vehicle of a user finishes learning of a parking route and shares the parking route, other users serving as sharing receivers can download the shared parking route, and the vehicle of the user can automatically drive by using the downloaded parking route without learning, for example, the vehicle can be parked in a destination parking space, so that the parking efficiency of the user in a new parking lot is greatly improved, and the user experience is also improved.

Fig. 2 is another flowchart of the parking route processing method shown in the present application. Fig. 2 illustrates an interaction process of the sharing party, the cloud and the sharing receiving party.

Referring to fig. 2, the method includes:

in S201, the vehicle of the sharing party uploads at least one parking route to the cloud server after completing the learning of the parking route.

When the user serves as a sharing party, after a vehicle of the sharing party learns and records a parking route through the memory parking function, the vehicle can be uploaded to the cloud for storage. The sharing party can upload the parking route to the cloud after filling the relevant information (such as the name of the parking lot, the floor of the parking lot, the information of the parking space, the charging pile, the elevator entrance, the retail shop or the retail facility, the vehicle service shop and the entrance and exit of the commercial building) of the parking route at the vehicle end.

In S202, the cloud server obtains at least one parking route uploaded by the vehicle of the sharing party after learning the parking route.

The cloud end receives the parking routes uploaded by the sharing party, stores the parking routes, and can synchronously display the parking routes in a management page of a mobile terminal APP of the sharing party so that the sharing party can check and manage the parking routes through the mobile terminal APP.

In S203, the sharing party selects a parking route to be shared from the at least one parking route, generates a sharing access entry, and issues the sharing access entry according to a sharing issue instruction.

The sharing party can be connected to the cloud end through the user account in the mobile terminal APP, check and manage the parking route of the cloud end, and share the parking route of the cloud end to other users. For example, a parking route to be shared may be selected from the at least one parking route, and then a sharing access entry may be generated and issued according to a sharing issue instruction, so that the vehicle of the sharing recipient may automatically drive using the received parking route.

The terminal of the sharing party can respond to the selection operation of the sharing party on the at least one parking route or the selection operation of the sharing party after the sharing party touches the at least one parking route to enter the display content, receives the selection of the parking route to be shared from the at least one parking route by the sharing party, and generates a sharing access entrance of the parking route.

In S204, the sharing receiver initiates a parking route downloading request to the cloud server after obtaining the parking route shared by the sharing party through the sharing access portal issued by the sharing party.

The sharing receiver can identify the sharing access entrance issued by the sharing party, acquire the parking route shared by the identified sharing party to the sharing receiver, and send a parking route downloading request to the cloud server. The information of the parking route obtained in the method may include a name of a parking lot, a floor of the parking lot, an end position, and the like corresponding to the parking route.

The terminal of the sharing receiver can initiate a parking route downloading request to the cloud server after the sharing receiver obtains the operation that the sharing receiver downloads the obtained parking route; or after the terminal of the sharing receiver displays the obtained at least one parking route and receives that the sharing receiver selects a parking route to be downloaded from the at least one parking route, a parking route downloading request is sent to the cloud server.

The receiving of the sharing recipient selecting a parking route to be downloaded from the at least one parking route may include: responding to the selection operation of the sharing receiver on the at least one parking route, and receiving the parking route to be downloaded selected by the sharing receiver from the at least one parking route; or responding to a selection operation of the sharing receiver after the sharing receiver touches the at least one parking route to enter the display content, and receiving that the sharing receiver selects a parking route to be downloaded from the at least one parking route.

In S205, the cloud server receives a parking route download request initiated by the sharing receiver after obtaining the parking route shared by the sharing party through the sharing access portal issued by the sharing party.

In S206, the cloud server downloads the corresponding parking route acquired by the sharing recipient to the vehicle of the sharing recipient from the at least one parking route according to the parking route downloading request, so that the vehicle of the sharing recipient can automatically drive using the downloaded parking route.

In the step, the cloud server downloads the parking route to the vehicle of the sharing receiver, so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route, for example, the parking can be completed.

According to the parking route processing method, the parking route sharing and downloading can be achieved, so that different users can share the parking route and download the parking route, the parking efficiency is improved, and the user experience is improved.

Fig. 3 is a flowchart illustrating a sharing process in the parking route processing method shown in the present application. The method may be applied to terminals including PCs, macs, notebook computers, mobile phones, tablet computers, and the like, which will be described in detail below using a mobile terminal as an example. Fig. 3 is a diagram illustrating the present scheme from the sharing party.

Referring to fig. 3, the method includes:

in S301, after the vehicle completes the learning of the at least one parking route, the recorded at least one parking route is displayed.

This step may be that, after the vehicle completes the learning of the at least one parking route, if it is determined that a management page of the mobile terminal APP (Application) is accessed through a set portal, the recorded at least one parking route is displayed on the management page of the mobile terminal APP. The at least one parking route may include one, two, or more than two parking routes. The displayed information of the recorded parking route may include a name of a parking lot, a floor of the parking lot, an end position, and the like corresponding to the parking route.

In S302, the receiving sharing party selects a parking route to be shared from the at least one parking route.

The step can be used for responding to the selection operation of the sharing party on the cards capable of being slightly displayed in the management page, and receiving that the sharing party selects a parking route to be shared from at least one parking route; or responding to a selection operation of the sharing party after the parking route in the touch card enters the display content, and receiving that the sharing party selects a parking route to be shared from at least one parking route.

In S303, a sharing access entry is generated according to the parking route to be shared.

The step can be that a sharing picture containing the parking route is generated according to the parking route to be shared selected by the sharing party.

In S304, a sharing issue instruction of the sharing party to the sharing access portal is received, so that the vehicle of the sharing recipient can automatically drive using the received parking route.

The step can be that the sharing and publishing channel selected by the sharing party for publishing the sharing picture is received, and the sharing and publishing channel of the sharing picture selected by the sharing party is published so that the vehicle of the sharing and receiving party can automatically drive by using the received parking route. The sharing and publishing channels can be WeChat friends, microblogs, friend circles and the like.

As can be seen from the example, according to the technical scheme provided by the application, the recorded at least one parking route can be displayed after the vehicle completes the learning of the at least one parking route; after the receiving sharing party selects a parking route to be shared from at least one parking route, a sharing access entrance can be generated according to the parking route to be shared; then, a sharing issue instruction of the sharing party to the sharing access entrance is received, so that the vehicle of the sharing recipient can be automatically driven by using the received parking route. Through the processing, if the vehicle of the user finishes the learning of at least one parking route, the parking route can be shared by other users for use, so that the other users can be used as sharing receivers, and the vehicle of the user can automatically drive by using the received parking route without learning, for example, the vehicle can be parked in a destination parking space, so that the parking efficiency of the user in a new parking lot is greatly improved, and the user experience is also improved.

Fig. 4 is another flowchart illustrating the sharing process in the parking route processing method shown in the present application.

According to the scheme, when the user serves as the sharing party, after the vehicle (vehicle end for short) of the sharing party learns and records the parking route, the parking route can be uploaded to a cloud server (cloud for short). The sharing party can be connected to the cloud end through the user account in the mobile terminal APP, check and manage the parking route of the cloud end, and share the parking route of the cloud end to other users. Other users as sharing receivers can also store the shared parking routes in the cloud of the users through the mobile terminal APP, and the parking routes are checked and managed at the mobile terminal APP. The sharing receiver can also download the obtained parking route to the vehicle end of the sharing receiver through the mobile terminal APP control cloud end.

Referring to fig. 4, the method includes:

in S401, after the vehicle completes learning of the parking route and determines that the management page of the mobile terminal APP is accessed through the setting entrance, the recorded parking route and the parking routes obtained from other sharing parties are displayed on the management page.

When the user serves as a sharing party, the vehicle of the sharing party can be uploaded to the cloud after learning and recording a parking route through the memory parking function. The sharing party can upload the parking route to the cloud after filling the relevant information (such as the name of the parking lot, the floor of the parking lot, the information of the parking space, the charging pile, the elevator entrance, the retail shop or the retail facility, the vehicle service shop and the entrance and exit of the commercial building) of the parking route at the vehicle end. The cloud end can store the parking route, and synchronously display the parking route in a management page of a mobile terminal APP of the sharing party, so that the sharing party can check and manage the parking route through the mobile terminal APP.

According to the scheme, the intelligent parking entrance can be arranged in the mobile terminal APP, and the route management entrance is arranged at the intelligent parking entrance. Wherein the route management portal may also distinguish between hidden/available states. For example, when the vehicle does not support or activate the set function, the route management entrance is hidden and is in a hidden state; when the vehicle supports or activates the setting function, the route management entrance is displayed and can be clicked, and the route management entrance is in an available state. After the vehicle of the sharing party completes the learning and recording of the parking route and uploads the parking route to the cloud, a new parking route record appears at the cloud, and the parking route record is synchronized in the mobile terminal APP of the sharing party. When the sharing party enters the checking through the mobile terminal APP for the first time, the parking route can be marked as a newly added parking route, a newly added mark such as a state mark of '1' is displayed, and the user is guided to click to enter the checking.

Fig. 9 is a schematic view of a user interface of an entry route management portal shown in the present application sharing process. As shown in fig. 9, in the mobile terminal APP, according to the vehicle support or the activation of the setting function, an intelligent parking entrance is displayed, for example, a "intelligent parking module" control is displayed in fig. 9. After determining that the sharing party touches the "intelligent parking module" control, a route management entry is displayed in an entry page, for example, a "memory parking route management" control is displayed in fig. 9. In fig. 9, because there is a new parking route, the "memory parking route management" control can display the status flag of "+ 1" to guide the user to click to enter the view. And after the sharing party touches the 'memory parking route management' control, entering a management page.

The parking route may be displayed in various forms, for example, in a card format. The recorded parking routes and parking routes obtained from other sharing parties can be displayed through the slightly displayed cards on the management page. In the management page, the recorded parking routes and parking routes obtained from other sharing parties can be displayed, and the user can conveniently switch and view the parking routes. For example, "shared route 5" and "obtained route 24" are shown in fig. 9. The shared route and the obtained route can be switched with each other, namely, the sharing party can switch the display route and switch and display the shared route and the obtained route. The shared route may be set to be generally presented by default.

In the management page, the description about the achievement effect of the sharing party can be displayed through the set region position, and therefore the achievement feeling of the sharing party is improved. For example, "my achievements" is displayed in the upper area of the management page of fig. 9, and statistics on shared parking routes of sharing parties and obtained evaluations and the like may be displayed.

The parking route information displayed by the card about the shared route may include basic information of the parking route, such as a name of a parking lot, a floor of the parking lot, an end position, and the like corresponding to the parking route. The parking route can display the most basic information for the user to quickly refer to. And if the terminal position has a plurality of end position selections, partial display or full display can be selected.

The information displayed by the card can also comprise the position of a set attribute object corresponding to the parking route, and the set attribute object comprises one or a combination of the following items: charging posts, elevator hatches, retail shops or retail facilities, vehicle service shops, and commercial building entrances and exits. The retail store may refer to, for example, a convenience store provided in a parking lot; the retail facility may refer to, for example, an unmanned vending machine disposed in a parking lot; vehicle service shops may include, for example, shops providing services such as car washes, car repairs, maintenance, and the like; the commercial building entrance comprises an entrance or an exit of a commercial building, and the commercial building can comprise a shopping mall, an office building and the like. In the application, the display content of the parking route can be richer, for example, the positions of a charging pile, an elevator entrance, a retail shop or a retail facility, a vehicle service shop, a commercial building entrance and exit and the like are displayed, and different use requirements of users are facilitated.

For example, the set attribute object may include a charging pile, an elevator doorway, a retail store or retail facility, a vehicle service store, a commercial building doorway, and other attributes. When there are multiple attributes, 1 or more of them may be selected for display, where the priority of display may be, for example: charging pile > elevator shaft > retail store or retail facility > vehicle service store > commercial building entrance & exit > others. The position of the set attribute object can be displayed in a schematic diagram or a bitmap mode.

The information displayed in the card may also include a time for mapping the parking route for prompting the time for mapping the parking route for identification and differentiation.

The information displayed on the management page can further comprise a second graphical user interface control as a sharing entrance to support the sharing party to share one key. The second graphical user interface control may be, for example, a "route sharing" control.

It should be further noted that a first graphical user interface control may be further displayed on the management page, and the first graphical user interface control may be used to delete the parking route. The deletion operation function is provided, so that the deletion requirement of a user can be met, and the stored parking route can be prevented from exceeding the capacity setting. Such as the "delete" control shown in fig. 10, which may act as a delete route entry. And in response to the operation of the first graphical user interface control, namely in response to the sharing party touching the 'delete' control, deleting the parking route. Fig. 10 is a schematic view of a user interface for deleting a route shown in the present application sharing process. Referring to fig. 10, after determining that the sharing party touches the "delete" control, a prompt is displayed to determine whether to delete the route, where the prompt indicates that the route cannot be recovered after being deleted; and after the sharing party confirms the deletion, displaying the result of successful deletion. Regarding route deletion, after the shared route is deleted on the management page, the route created by the mobile terminal or the vehicle end can be deleted at the same time; but use and sharing of the route will be retained for users who have acquired the route.

In addition, when a parking route that is not recorded is determined, a prompt for establishing the parking route and/or a guidance for establishing the parking route for the user may be displayed in the information displayed on the card. In the application, when the parking route is not recorded, the user can be prompted and/or guided to establish the parking route. Fig. 11 is a schematic diagram of a route-free user interface shown in the present application sharing process. Referring to fig. 11, "shared route 0" is displayed to indicate that a route has not been shared yet, and a route can be created to be shared with friends to guide the building of a parking route.

When a newly recorded parking route is determined, a newly recorded identification of the parking route may also be displayed in the information displayed on the card. According to the method and the device, when a newly recorded parking route exists, the user can be reminded in time through the newly recorded mark. Fig. 12 is a schematic view of a user interface shown in the present application sharing process when a new route is included. Referring to FIG. 12, a "NEW" icon is displayed to indicate that the parking route is a newly recorded route. That is to say, when the parking route newly created by the sharing party at the vehicle end is not shared (i.e. a NEW route is added), the sharing party firstly enters the mobile terminal APP, and the icon of "NEW" may be displayed for prompt.

In S402, after determining that the sharing party selects from the cards, in response to a selection operation in the cards that can be displayed in a thumbnail manner on the management page, the receiving sharing party selects a parking route to be shared from at least one parking route, and then the process proceeds to S405.

Fig. 13 is a schematic view of a user interface for touching a "route sharing" control in a card of a management page in the sharing process of the present application. Referring to fig. 13, a "route sharing" control of the parking route is displayed in the card, and the sharing party can directly touch the "route sharing" control to implement one-touch sharing. After the sharing party touches the route sharing control in the card, namely the route sharing is selected to be executed, the sharing party responds to the selection operation of the sharing party in the card, and the receiving party selects a parking route to be shared from at least one parking route.

In S403, after determining that the sharing party touches the parking route in the card, details of the parking route are displayed, and the process proceeds to S404.

Fig. 14 is a schematic diagram of a user interface in which a touch card shown in the sharing process of the present application displays details of a route and touches a "route sharing" control in the details. The parking route can be displayed in different forms, for example, the detailed contents can be displayed after the parking route in the card is touched, so that more detailed reference information can be provided for the user. Referring to fig. 14, after the sharing party touches, for example, clicks, on the parking route in the card, the card is unfolded to display details of the parking route.

The parking lot name, the parking lot floor, the destination position, the route length, and the like corresponding to the parking route may be displayed in the details of the parking route. For example, fig. 14 shows a parking lot named "zhujiang jiayuan parking lot", the floor of the parking lot is a negative floor, the destination position is an elevator entrance, and the route length is 560 meters. And if the terminal position has a plurality of end position selections, partial display or full display can be selected.

The detailed content of the parking route can also display the position of a setting attribute object corresponding to the parking route, wherein the setting attribute object comprises one or a combination of the following items: charging posts, elevator hatches, retail shops or retail facilities, vehicle service shops, and commercial building entrances and exits. For example, the setting attribute object may include a charging pile, or include a charging pile and an elevator hall, or include a charging pile, an elevator hall, a retail shop or a retail facility, a vehicle service shop, a commercial building entrance, and the like.

The attribute setting object can further comprise various attributes such as a charging pile, an elevator entrance, a retail shop or a retail facility, a vehicle service shop, a commercial building entrance and exit, and the like. When there are multiple attributes, 1 or more of them may be selected for display, where the priority of display may be, for example: charging pile > elevator shaft > retail store or retail facility > vehicle service store > commercial building entrance & exit > others. The position of the set attribute object can be displayed in a schematic diagram or a bitmap mode.

Here, the example is given by showing the position of the setting attribute object corresponding to the parking route in the detailed contents of the parking route, but the present invention is not limited to this, and the position of the setting attribute object corresponding to the parking route may be shown in a card that can be displayed in a thumbnail form on the management page.

In addition, the detailed content of the parking route may also display the evaluation and/or the download number corresponding to the parking route, that is, only the evaluation corresponding to the parking route, only the download number corresponding to the parking route, or both the evaluation and the download number corresponding to the parking route may be displayed. The rating may be a praise, for example, praise and/or number of downloads may be included in the details. By displaying the rating and/or the download number of the parking routes, a reference opinion can be provided for the user to select the parking route. Referring to fig. 14, the route evaluation condition for the parking route is the number of praise 399 and the number of download 399. The route user is the sharing receiver and can approve and download the parking route shared by the sharing receiver. The approval and the download can be set at the vehicle end, but not limited to this. That is, generally, the vehicle that needs to share the receiver evaluates the parking route after the parking route is used, which is different from a common social evaluation method. The purpose of the arrangement mode is mainly to prevent malicious evaluation, such as random or malicious evaluation under the condition that a parking route is not used, and the evaluation system is disturbed. By displaying the praise and the download number of the parking route, the achievement feeling of the sharing party can be improved, and the credibility of the parking route to the shared user, namely the sharing receiving party, can be improved.

It should be noted that, here, the example is given by showing the evaluation and/or the download number corresponding to the parking route in the detailed content of the parking route, but the example is not limited to this, and the evaluation and/or the download number corresponding to the parking route may be set and shown in a card that can be displayed in a management page in a short time.

In S404, in response to a selection operation after the parking route enters the display content, the receiving sharing party selects a parking route to be shared from at least one parking route, and then the process proceeds to S405.

Referring to fig. 14, a "route sharing" control of the parking route is displayed in the detailed content of the parking route, and the sharing party can implement sharing by touching, for example, clicking, the "route sharing" control. After the fact that the sharing party touches the route sharing control in the detailed content is determined, the sharing party selects a parking route to be shared from at least one parking route in response to the selection operation of the sharing party in the detailed content.

In S405, an authorization result of the sharing party is received, and the user information to be displayed is determined according to the authorization result.

Referring to fig. 15, after it is determined that the sharing party clicks the "route sharing" control, it may be determined whether the user information authority of the sharing party is obtained; if the user information authority is not obtained, inquiring whether the sharing party supports obtaining the user information authority or not; if the sharing party agrees to authorize the user information, determining user information to be displayed in the sharing page from the authorized user information, such as head portraits and nicknames; if the sharing party does not agree with the authorized user information, the user information to be displayed in the sharing page is determined to be anonymous display, for example, anonymous display is performed in the sharing page, such as "Pengyou". And after the authorization is obtained, the user information is displayed, so that the personal privacy of the user can be better ensured.

In S406, a sharing picture including the parking route and the user information is generated according to the parking route to be shared and the user information to be displayed.

Referring to fig. 15, if the sharing party agrees with the authorized user information, the sharing picture may include the user information of the sharing party, such as an avatar and a nickname; if the sharing party does not agree with the authorized user information, the user information of the sharing party in the sharing picture is displayed anonymously, for example, displayed as "Peng you".

The display information of the shared picture may include a name of a parking lot, a floor of the parking lot, an end position, a length of a route, and the like corresponding to the parking route. And if the terminal position has a plurality of end position selections, partial display or full display can be selected.

The display information of the shared picture can also comprise a shared description language, a generated two-dimensional code, a memorized parking publicity language and the like. In addition, the display information of the shared pictures can also include information such as the number of route praise and the number of downloads.

In S407, the vehicle is distributed according to the sharing distribution channel of the sharing picture selected by the sharing party, so that the vehicle of the sharing recipient can automatically drive according to the parking route received by the sharing distribution channel.

Referring to fig. 15, the sharing and publishing channel may be, for example, a WeChat friend, a microblog, a friend circle, or the like, or an APP community, or the like, and may further support a page jump to a social platform. In the step, the sharing picture is published according to a sharing publishing channel determined by the sharing party, so that the vehicle of the sharing receiver can automatically drive according to the parking route received by the sharing publishing channel. After the sharing picture of the parking route is generated, the sharing picture is published according to different sharing publishing channels, so that the sharing range of the parking route is wider.

According to the method and the device for sharing the parking routes, the sharing party can generate the sharing picture containing the parking routes and the user information to share and publish, sharing of the parking routes of the unfamiliar parking lot is completed, the user obtaining the parking routes, namely the sharing receiving party, can directly start to use the parking routes and park in the destination parking lot without learning, and therefore the parking efficiency and experience of the user in the new parking lot are greatly improved.

Fig. 5 is a flowchart illustrating a download process in the parking route processing method shown in the present application. The method may be applied to terminals including PCs, macs, notebook computers, mobile phones, tablet computers, and the like, which will be described in detail below using a mobile terminal as an example. Fig. 5 is a diagram illustrating the present application scenario from the sharing recipient.

Referring to fig. 5, the method includes:

in S501, after the vehicle of the sharing party completes the learning of the parking route, the sharing party obtains the parking route shared by the sharing party to the sharing recipient through the sharing access portal issued by the sharing party.

The step can identify the sharing access entrance issued by the sharing party, and acquire the parking route shared by the identified sharing party to the sharing receiver. The acquired information of the parking route may include a name of a parking lot, a floor of the parking lot, an end position, and the like corresponding to the parking route.

In S502, the acquired parking route is downloaded to the vehicle of the sharing recipient, so that the vehicle of the sharing recipient can automatically drive using the downloaded parking route.

The step can be used for downloading the parking route to the vehicle of the sharing receiver in response to receiving the operation of downloading the acquired parking route by the sharing receiver; or after the obtained parking routes are saved, displaying the obtained at least one parking route; receiving a sharing receiver to select a parking route to be downloaded from at least one parking route; and downloading the parking route to be downloaded to the vehicle sharing the receiver.

In the step, the re-confirmation result of the sharing party on the downloading operation can be received under the condition that the same parking route is judged to be downloaded, and the obtained parking route is downloaded to the vehicle of the sharing receiving party according to the re-confirmation result.

According to the technical scheme, after the vehicle of the sharing party completes the learning of the parking route, the sharing access entrance issued by the sharing party can be used for acquiring the parking route shared by the sharing party to the sharing receiver; and downloading the acquired parking route to the vehicle of the sharing receiver so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route. Through the processing, if the vehicle of one user finishes the learning of the parking route and shares the parking route, other users can download the shared parking route as a sharing receiver, and the vehicle of the user can automatically drive by using the downloaded parking route without learning, for example, the vehicle can be parked in a destination parking space, so that the parking efficiency of the user in a new parking lot is greatly improved, and the user experience is also improved.

Fig. 6 is another flowchart illustrating the download process in the parking route processing method shown in the present application. The identified parking routes may be saved or downloaded separately in fig. 6.

Referring to fig. 6, the method includes:

in S601, a sharing access entry issued by the sharing party is identified, and a parking route shared by the identified sharing party to the sharing recipient is obtained.

When the user is used as a sharing receiver, the sharing picture issued by the sharing party can be identified, for example, code scanning identification or long-time two-dimensional code identification is performed. And after the sharing picture is identified, obtaining a parking route shared by the identified sharing party to the sharing receiver.

In S602, in response to receiving the operation of the sharing recipient to download the acquired parking route, the parking route is downloaded to the vehicle of the sharing recipient, so that the vehicle of the sharing recipient can automatically drive using the downloaded parking route.

A third graphical user interface control, such as a "download to car" control, may be included in the displayed identified parking route. In response to the sharing receiver touching, for example, clicking, a "download to car" control, the parking route to be downloaded is downloaded to the vehicle of the sharing receiver, and the vehicle of the sharing receiver may automatically drive using the downloaded parking route, for example, until parking is completed.

In S603, in response to receiving the saving operation of the sharing recipient on the acquired parking route selection, the parking route is saved to the cloud server, and the process proceeds to S604.

A fourth graphical user interface control, such as a "save" control, may be included in the displayed identified parking route. In response to the sharing recipient touching, e.g., clicking, a "save" control, the parking route is saved to the cloud server. The cloud server may synchronize the parking route to an obtained parking route list in a mobile terminal APP (Application) of the sharing recipient.

In S604, after the acquired parking routes are saved, at least one acquired parking route is displayed.

Under the condition that a user serves as a sharing receiver, if the shared parking route identified from the sharing picture is stored in the cloud and is synchronized to a parking route list obtained from a mobile terminal APP of the sharing receiver through the cloud, after the sharing receiver is determined to access a management page of the mobile terminal APP through a set entrance, at least one obtained parking route is displayed on the management page. By utilizing the setting entrance, the user can be guided to enter the management page to check the recorded parking route more conveniently. Wherein, the parking route obtained by the card display capable of being displayed in a contraction way can be displayed on the management page. The administration page may include a plurality of cards, each card corresponding to an obtained parking route. The parking route presented information may include a name of a parking lot, a floor of the parking lot, an end position, and the like corresponding to the parking route.

In S605, the receiving sharing recipient selects a parking route to be downloaded from the at least one parking route.

In the step, after the sharing receiver selects one parking route from the parking routes on the management page, the mobile terminal receives the parking route to be downloaded selected by the sharing receiver.

In S606, the parking route to be downloaded is downloaded to the vehicle of the sharing recipient, so that the vehicle of the sharing recipient can automatically drive using the downloaded parking route.

In the step, the parking route is downloaded to the vehicle of the sharing receiver, so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route, for example, parking can be completed, in addition, the parking route can be stored in a cloud server, and the parking route is synchronized to an obtained parking route list in a mobile terminal APP of the sharing receiver by the cloud server.

According to the technical scheme, the sharing receiver can store the obtained shared parking route to the cloud end and can also directly download the parking route to the vehicle end of the sharing receiver; the vehicle of the sharing receiver can automatically drive by using the downloaded parking route, for example, parking can be completed until the vehicle is parked, so that the parking efficiency of the sharing receiver in a new parking lot is greatly improved, and the user experience is also improved.

Fig. 7 is another flowchart illustrating the download process in the parking route processing method shown in the present application. Fig. 7 illustrates downloading a parking route from the parking route list of the management page in the mobile terminal APP.

According to the scheme, when the user serves as a sharing receiver, the shared parking route can be stored in a cloud server (cloud for short) after the sharing picture issued by the sharing receiver is subjected to code scanning and identification. The sharing receiver can be connected to the cloud end through the user account in the mobile terminal APP, check and manage the parking route of the cloud end, and download the obtained parking route to the vehicle end of the sharing receiver.

Referring to fig. 7, the method includes:

in S701, after the obtained parking route is saved and a management page that accesses the mobile terminal APP through the set entry is determined, the obtained parking route and the shared parking route are displayed on the management page.

When the vehicles of the sharing party learn and record a parking route through the memory parking function, the vehicles can be uploaded to the cloud. The sharing party can upload the parking route to the cloud after filling the relevant information (such as the name of the parking lot, the floor of the parking lot, the information of the parking space, the charging pile, the elevator entrance, the retail shop or the retail facility, the vehicle service shop and the entrance and exit of the commercial building) of the parking route at the vehicle end. The cloud can synchronously display the parking route in a management page of a mobile terminal APP of the sharing party. And the sharing party generates a sharing picture for the parking route through the mobile terminal APP for sharing and publishing.

The user who uses the parking route is the sharing receiver, and the shared parking route can be stored in the cloud after the sharing picture issued by the sharing receiver is subjected to code scanning and identification. The cloud end can synchronously display the parking route in a management page of the mobile terminal APP of the sharing receiver, for example, in an "obtained route" of the management page. The sharing receiver can download the parking route to own vehicle (also called as a vehicle end) through the mobile terminal APP. In addition, after the sharing receiver scans the code of the sharing picture, the sharing receiver can also directly download the shared parking route to the vehicle end of the sharing receiver, namely, the shared parking route is downloaded to the vehicle. The downloading to the vehicle means that the storage is simultaneously transmitted to the vehicle end, and the storage operation is not immediately transmitted to the vehicle end. No matter the sharing receiver selects to directly download to the vehicle or select to store, the parking route can be displayed in an obtaining route list in a management page of the mobile terminal APP.

If the sharing receiver shares the parking route of the cloud of the sharing receiver with other users, the management page can also display the parking route shared by the sharing receiver.

According to the scheme, the intelligent parking entrance can be arranged in the mobile terminal APP, and the route management entrance is arranged at the intelligent parking entrance. Wherein the route management portal may also distinguish between hidden/available states. For example, when the vehicle does not support or activate the set function, the route management entrance is hidden and is in a hidden state; when the vehicle supports or activates the setting function, the route management entrance is displayed and can be clicked, and the route management entrance is in an available state. When the sharing receiver scans the code of the sharing picture issued by the sharing receiver and stores the shared parking route to the cloud, a newly-obtained parking route record to be downloaded appears in the cloud, and the parking route record is synchronized in the mobile terminal APP of the sharing receiver. When the sharing receiver firstly enters the check through the mobile terminal APP, the parking route can be marked as a newly-acquired parking route to be downloaded, a newly-acquired identifier such as a state identifier of '1' is displayed, and the user is guided to click to enter the check.

Fig. 16 is a schematic view of a user interface of an entry route management portal shown in the download process of the present application. As shown in fig. 16, in the mobile terminal APP, according to the vehicle support or the activation of the setting function, an intelligent parking entrance is displayed, for example, a "intelligent parking module" control is displayed in fig. 16. After determining that the sharing recipient touches the "intelligent parking module" control, a route management entry is displayed in an entry page, for example, a "memory parking route management" control is displayed in fig. 16. In fig. 16, since there is a parking route to be downloaded newly, the "memory parking route management" control can display the status flag of "+ 1" to guide the user to click into view. And after the sharing receiver touches the 'memory parking route management' control, entering a management page.

The parking route may be displayed in various forms, for example, in a card format. The obtained parking routes and the shared parking routes can be displayed through the retractable cards on the management page. In the management page, the obtained parking route and the shared parking route are displayed, so that the user can conveniently switch and view the parking route and the shared parking route. The obtained parking route refers to a route obtained by the sharing receiver from the sharing party; the shared parking route refers to a route that a sharing receiver shares the parking route in the cloud of the sharing receiver with other users. For example, "obtained route 24" and "shared route 5" are shown in fig. 16. The obtained route and the shared route can be switched with each other, namely, the sharing receiver can switch the display route and switch and display the obtained route and the shared route. The route obtained may be generally set as a default presentation.

In the management page, the description about the achievement effect of the sharing receiver can be displayed through the set region position, and therefore the achievement feeling of the sharing receiver is improved. For example, "my achievements" is displayed in the upper area of the management page of fig. 16, and statistics on the sharing of the parking route obtained by the recipient and the obtained evaluation may be displayed.

The parking route information about the obtained route presented by the card may include basic information of the parking route, for example, a name of a parking lot, a floor of the parking lot, an end position, and the like corresponding to the parking route. The parking route can display the most basic information for the user to quickly refer to. And if the terminal position has a plurality of end position selections, partial display or full display can be selected.

The information displayed by the card can also comprise the position of a set attribute object corresponding to the parking route, and the set attribute object comprises one or a combination of the following items: charging posts, elevator hatches, retail shops or retail facilities, vehicle service shops, and commercial building entrances and exits. In the application, the display content of the parking route can be richer, for example, the positions of a charging pile, an elevator entrance, a retail shop or a retail facility, a vehicle service shop, a commercial building entrance and exit and the like are displayed, and different use requirements of users are facilitated.

The information displayed on the management page can further comprise a third graphical user interface control as a download entrance to support the sharing receiver to download the vehicle by one key. The third graphical user interface control may be, for example, a "download to car" control.

Since only 1 parking route can be used in one parking lot, and there may be a case of route coverage (covering the previously downloaded or learned parking route) when the vehicle is downloaded, the scheme of the application further distinguishes the route use case. Fig. 18 is a schematic view of a user interface in different states of the parking route shown in the present application download process. Referring to FIG. 18, if it is determined that the parking route is an in-use route, i.e., the parking route is in use (downloaded to the vehicle and not covered), the "download to vehicle" control is grayed out in an unavailable state and the "downloaded to vehicle" control is displayed, and may prompt belonging to the in-use route. If the parking route is determined to be an out-of-use route (which may be when a download route has been obtained or a route has been learned and shared), the "download to car" control is available and may also indicate the reason for being out of use (e.g., a download route already in the parking lot/a share route already in the parking lot). When the parking route is the non-use route, the sharing receiver touches, for example, a "download to car" control, and then there is a risk of route replacement, so that the sharing receiver needs to perform reconfirmation in the downloading flow, and then download is performed according to the reconfirmation result.

In addition, if the vehicle end of the sharing receiver newly learns the parking route, the parking route learned by the vehicle end can be valid for use, and the downloaded parking route can be not valid or used. The sharing receiver can download the parking route to the vehicle at any time, and the parking route at the vehicle end is replaced in a covering mode.

It should be further noted that a first graphical user interface control may be further displayed on the management page, and the first graphical user interface control may be used to delete the parking route. The deletion operation function is provided, so that the deletion requirement of a user can be met, and the stored parking route can be prevented from exceeding the capacity setting. The first graphical user interface control may be a "delete" control, such as the "delete" control shown in fig. 17, which may serve as a delete route entry. And deleting the parking route in response to the operation of the first graphical user interface control, namely in response to the sharing receiver touching the 'delete' control. Fig. 17 is a schematic view of a user interface for deleting a route shown in the present application. Referring to fig. 17, after determining that the sharing recipient touches the "delete" control, a prompt is displayed to determine whether to delete the route, where the prompt indicates that the route cannot be recovered after being deleted; and after the sharing receiver confirms the deletion, displaying the result of successful deletion. Regarding route deletion, after the management page deletes the shared route, the route created by the mobile terminal or the vehicle end may be deleted at the same time. In addition, a stored number threshold value may be set for the acquired route, and when the stored number threshold value is exceeded, route addition is performed after the route is deleted. The saving number threshold may be, for example, 100, but is not limited thereto, and when the obtained routes exceed 100, route addition is performed after the routes are deleted.

In addition, when it is determined that no parking route is obtained, a prompt to obtain a parking route and/or a guidance for the user to obtain a parking route may be displayed in the information displayed on the card. In the application, when the parking route is not obtained, the user can be prompted and/or guided to obtain the parking route. Fig. 19 is a schematic view of a user interface in the case of no route shown in the download process of the present application. Referring to fig. 19, "route 0 obtained" is displayed, which indicates that no route has been obtained yet, and that a route is available from another user or friend, and guidance is given for obtaining a parking route.

When determining that the parking route to be downloaded is newly obtained, the newly obtained identification of the parking route can be displayed in the information displayed on the card. According to the method and the device, when the parking route to be downloaded is newly obtained, the user can be reminded in time through the newly obtained identification. Fig. 20 is a schematic view of a user interface when a new route is included in the download process of the present application. Referring to FIG. 20, a "NEW" icon is displayed to indicate that the parking route is a newly acquired route. That is to say, the sharing receiver does not download the vehicle-mounted parking route newly obtained at the vehicle end (i.e. newly added obtaining route), and the sharing receiver enters the mobile terminal APP for the first time, and the icon of "NEW" can be displayed for prompting.

In S702, in response to a selection operation in a card that can be displayed in a thumbnail manner on the management page, the receiving sharing recipient selects a parking route to be downloaded from at least one parking route, and the process proceeds to S705.

Fig. 21 is a schematic view of a user interface for touching the "download to car" control in a card of the management page shown in the download process of the present application. Referring to fig. 21, a "download to car" control of the parking route is displayed in the card, and the sharing recipient can directly touch the "download to car" control to realize one-touch downloading to the car. After the sharing receiver touches the 'download to car' control in the card, namely, the route download is selected to be executed, the sharing receiver responds to the selection operation of the sharing receiver in the card, and the sharing receiver selects a parking route to be downloaded from at least one parking route.

In S703, after determining that the sharing recipient touches the parking route in the card, details of the parking route are displayed, and the process proceeds to S704.

Fig. 22 is a schematic view of a user interface of the touch card displaying details of a route and touching the "download to car" control in the details shown in the download process of the present application. The parking route can be displayed in different forms, for example, the detailed contents can be displayed after the parking route in the card is touched, so that more detailed reference information can be provided for the user. Referring to fig. 22, after the sharing recipient touches, for example, clicks, on the parking route in the card, the card is opened to display details of the parking route.

The parking lot name, the parking lot floor, the destination position, the route length, and the like corresponding to the parking route may be displayed in the details of the parking route. For example, fig. 22 shows a parking lot named "zhujiang jiayuan parking lot", the floor of the parking lot is a minus floor, the destination position is an elevator entrance, and the route length is 560 meters. And if the terminal position has a plurality of end position selections, partial display or full display can be selected.

In addition, the detailed content of the parking route may also display the evaluation and/or the download number corresponding to the parking route, that is, only the evaluation corresponding to the parking route, only the download number corresponding to the parking route, or both the evaluation and the download number corresponding to the parking route may be displayed. The rating may be a praise, for example, praise and/or number of downloads may be included in the details. By displaying the rating and/or the download number of the parking routes, a reference opinion can be provided for the user to select the parking route. Referring to fig. 22, the route evaluation condition for the parking route is that the number of praise is 399 and the number of download is 599. The route user is the sharing receiver and can approve and download the parking route shared by the sharing receiver. The approval and the download can be set at the vehicle end, but not limited to this. That is, generally, the vehicle that needs to share the receiver evaluates the parking route after the parking route is used, which is different from a common social evaluation method. The purpose of the arrangement mode is mainly to prevent malicious evaluation, such as random or malicious evaluation under the condition that a parking route is not used, and the evaluation system is disturbed. By displaying the praise and the download number of the parking route, the achievement feeling of the sharing party or the sharing receiver can be improved, and the credibility of the parking route to the shared user, namely the sharing receiver, can be improved.

In S704, in response to a selection operation after the parking route enters the display content, the receiving sharing recipient selects a parking route to be downloaded from the at least one parking route, and proceeds to S705.

Referring to fig. 22, a "download to car" control of the parking route is displayed in the detailed content of the parking route, and the sharing recipient may download the parking route by touching, for example, clicking, the "download to car" control. After the fact that the sharing receiver touches the 'download to car' control in the detailed content is determined, the sharing receiver is received to select a parking route to be downloaded from at least one parking route in response to the selection operation of the sharing receiver in the detailed content.

In S705, a reconfirmation result of the sharing recipient is received.

Referring to fig. 23, after determining that the sharing receiver clicks the "download to car" control, it may be determined whether the same parking route has been downloaded first; if the same downloaded parking route is judged, prompting whether to continuously confirm downloading; if the sharing receiver confirms the downloading, receiving a reconfirming result of the sharing receiver; and if the sharing receiver cancels the downloading, receiving a cancellation result of the sharing receiver. By setting a secondary confirmation mechanism, the route coverage risk can be reminded, and misoperation of a user is avoided.

In S706, the parking route is downloaded to the vehicle of the sharing recipient according to the reconfirmation result of the sharing recipient, so that the vehicle of the sharing recipient can automatically drive using the downloaded parking route.

Referring to fig. 23, if the sharing recipient confirms the download, the parking route is downloaded to the vehicle of the sharing recipient according to the reconfirmation result of the sharing recipient, and the download result may be pop-up-window-prompted. For example, when the user succeeds, the user can be prompted by a pop-up window to match with the effect of the successful action, and the user can be automatically closed within a set time of stopping, for example, 3 seconds. For example, when the vehicle fails, the user can directly prompt that the route is failed to download to the vehicle.

According to the re-confirmation result of the sharing receiver, the parking route is downloaded to the vehicle of the sharing receiver, so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route until parking is finished. And if the same parking route is downloaded before, the currently downloaded parking route is overlaid with the previously downloaded parking route, and if the same parking route is not downloaded before, the currently downloaded parking route is directly downloaded to the vehicle.

It can be seen from this example that, with the adoption of the scheme provided by the application, the sharing receiver can download the parking route shared by the sharing receiver to the vehicle, and the sharing receiver can directly start to use the parking route and park in the destination parking space without learning, so that the parking efficiency and experience of the user in the new parking lot are greatly improved.

Fig. 8 is another flowchart illustrating the download process in the parking route processing method shown in the present application. Fig. 8 illustrates an example of directly downloading a parking route after the parking route is directly identified from the shared picture.

According to the scheme, when the user is used as a sharing receiver, the sharing picture issued by the sharing party is scanned and identified, the route can be directly downloaded to the vehicle, and meanwhile, the route is stored and displayed in a parking route list obtained in a management page of the mobile terminal APP.

Referring to fig. 8 and 24, the method includes:

in S801, a sharing access entry issued by a sharing party is identified, and a parking route shared by the identified sharing party to a sharing recipient is obtained.

In S802, the sharing recipient receives the parking route saving operation, and the process proceeds to S810.

A fourth graphical user interface control, such as a "save" control, may be included in the displayed identified parking route. This step receives a save operation where the sharing recipient touches, e.g., clicks, the "save" control.

In S803, a download operation of the parking route by the share recipient is received, and the process proceeds to S804.

A third graphical user interface control, such as a "download to car" control, may be included in the displayed identified parking route. This step receives a download operation where the sharing recipient touches, e.g., clicks, a "download to car" control.

In S804, it is determined whether the same parking route has been downloaded, and if yes, the process proceeds to S805, and if no, the process proceeds to S807.

Since only 1 parking route can be validated in one parking lot, and there may be a case of route coverage (covering a previously downloaded or learned parking route) when downloading to a car, this step further determines whether the same parking route has been downloaded after the sharing recipient touches, for example, a "download to car" control.

In S805, a confirmation prompt of whether to download is displayed.

When the parking routes which are the same as the parking routes are downloaded, a confirmation prompt of whether the parking routes are downloaded is displayed to the sharing receiver, the sharing receiver is informed of the possibility of route replacement after the sharing receiver selects the downloading through the prompt, and the sharing receiver needs to confirm again.

In S806, a reconfirmation result of the sharing recipient is received.

If the sharing receiver confirms to continue downloading, the step receives the reconfirmation result of the sharing receiver.

In S807, it is judged whether or not the save number threshold is exceeded, and if yes, the process proceeds to S808, and if no, the process proceeds to S809.

For the route obtained, a save number threshold may be set, which determines whether the save number threshold is exceeded.

In S808, deletion of at least one parking route from among the saved parking routes is prompted, and the process returns to S807 after the deletion operation is completed.

When the saved number threshold of routes is exceeded, route addition is required after route deletion. The step prompts deletion of at least one parking route from the stored parking routes after the stored number threshold is exceeded. The saving number threshold may be, for example, 100, but is not limited thereto, and when the obtained routes exceed 100, route addition is performed after the routes are deleted. By judging that the stored parking routes do not exceed the stored quantity threshold and then storing the parking routes, the stored parking routes can be prevented from exceeding the capacity setting.

In S809, according to the reconfirmation result of the sharing receiver, the parking route is stored in the cloud server of the sharing receiver and synchronized with the parking route list obtained by the sharing receiver, and the parking route is downloaded to the vehicle of the sharing receiver so that the vehicle of the sharing receiver can automatically drive using the downloaded parking route.

The step can directly download the parking route to the vehicle, and simultaneously, the parking route is stored and displayed in the parking route list obtained by the sharing receiver.

After downloading, the downloading result can be prompted in a popup window. For example, when the user succeeds, the user can be prompted by a pop-up window to match with the effect of the successful action, and the user can be automatically closed within a set time of stopping, for example, 3 seconds. For example, when the vehicle fails, the user can directly prompt that the route is failed to download to the vehicle.

In S810, it is determined whether or not the storage number threshold is exceeded, and if yes, the process proceeds to S811, and if no, the process proceeds to S812.

For saved routes, a save number threshold may be set, which determines whether the save number threshold is exceeded.

In S811, a prompt is made to delete at least one parking route from the stored parking routes, and the process returns to S810 after the deletion operation is completed.

When the saved number of routes exceeds the threshold value, the routes need to be deleted and then added. The step prompts deletion of at least one parking route from the stored parking routes after the stored number threshold is exceeded. The saving number threshold may be, for example, 100, but is not limited thereto, and when the obtained routes exceed 100, route addition is performed after the routes are deleted.

In S812, the parking route is saved in the cloud server of the sharing recipient and synchronized to the obtained route list of the sharing recipient.

After the parking route does not exceed the storage quantity threshold, the parking route is stored in a cloud server of the sharing receiver and is synchronized to an obtained route list of the sharing receiver, and the parking route cannot be downloaded to the vehicle immediately at the moment.

After the storage, the result can be prompted to be stored through a popup window. For example, when the user succeeds, the user can be prompted by a pop-up window to match with the effect of the successful action, and the user can be automatically closed within a set time of stopping, for example, 3 seconds. For example, when the route fails, the route saving is directly prompted to fail.

According to the scheme provided by the application, after the sharing picture issued by the sharing party is scanned and identified, the shared parking route can be stored in the cloud, and the shared parking route can be directly downloaded to the vehicle end of the sharing party, so that the vehicle of the sharing party can be automatically driven by using the downloaded parking route, for example, the parking can be completed until the parking is completed, the parking efficiency of the sharing party in a new parking lot is greatly improved, and the user experience is also improved.

Corresponding to the application function implementation method, the application also provides a parking route processing device, a terminal device, a cloud server, a system and a corresponding example.

Fig. 25 is a schematic structural diagram of a cloud server shown in the present application.

Referring to fig. 25, the cloud server 250 provided by the present application includes: a route acquisition module 251, a request receiving module 252, and a route downloading module 253.

The route obtaining module 251 is configured to obtain at least one parking route uploaded by the vehicle of the sharing party after learning of the parking route. The information displayed by the parking route comprises the name of the parking lot, the floor of the parking lot and the end position corresponding to the parking route. The information displayed by the parking route may further include a position of a setting attribute object corresponding to the parking route, where the setting attribute object includes one or a combination of the following items: charging posts, elevator hatches, retail shops or retail facilities, vehicle service shops, and commercial building entrances and exits.

The request receiving module 252 is configured to receive a parking route downloading request initiated after the sharing receiver obtains a parking route shared by the sharing party through a sharing access portal issued by the sharing party, where the sharing access portal is generated after the sharing party selects a parking route to be shared from at least one parking route, and is issued according to a sharing issuing instruction. The sharing access entry is generated by the sharing party after selecting a parking route to be shared from the at least one parking route, and may include: and responding to the selection operation of the sharing party on the at least one parking route or the selection operation of the sharing party after the sharing party touches the at least one parking route to enter the display content by the terminal of the sharing party, receiving the selection of the parking route to be shared from the at least one parking route by the sharing party, and generating a sharing access entrance of the parking route. The request receiving module 252 may receive a parking route downloading request initiated by the sharing receiver after the sharing receiver identifies the sharing access entry issued by the sharing party and obtains the parking route shared by the identified sharing party to the sharing receiver.

The route downloading module 253 is configured to download, according to the parking route downloading request received by the request receiving module 252, the corresponding parking route acquired by the sharing receiver to the vehicle of the sharing receiver from the at least one parking route, so that the vehicle of the sharing receiver can automatically drive using the downloaded parking route.

Fig. 26 is a schematic configuration diagram of the parking route processing system shown in the present application.

Referring to fig. 26, a parking route processing system 260 provided by the present application includes: a cloud server 261, a sharing party terminal 262, and a sharing party terminal 263.

The cloud server 261 is configured to obtain at least one parking route uploaded by a vehicle of the sharing party after learning of the parking route is completed; receiving a parking route downloading request initiated after a sharing receiver obtains a parking route shared by a sharing party through a sharing access entrance issued by the sharing party; and according to the parking route downloading request, downloading the corresponding parking route acquired by the sharing receiver to the vehicle of the sharing receiver from at least one parking route so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route.

The sharer terminal 262 is configured to upload at least one parking route to the cloud server 261 after the vehicle of the sharer completes learning of the parking route; and after the sharing party selects a parking route to be shared from at least one parking route, a sharing access entrance is generated and issued according to a sharing issuing instruction.

The sharing receiver terminal 263 is configured to initiate a parking route downloading request to the cloud server 261 after the sharing receiver obtains the parking route shared by the sharing party through the sharing access portal issued by the sharing party.

The sharer terminal 262 may include: a display module 2621, a receiving module 2622, a generating module 2623, and a sharing module 2624.

The display module 2621 is configured to display the recorded at least one parking route after the vehicle of the sharing party completes the learning of the at least one parking route.

The receiving module 2622 is configured to receive that the sharing party selects a parking route to be shared from the at least one parking route displayed by the display module.

The generating module 2623 is configured to generate a sharing access entry according to the parking route to be shared received by the receiving module.

The sharing module 2624 is configured to receive a sharing issue instruction of the sharing party to the sharing access entry, and issue the sharing access entry according to the sharing issue instruction.

The receiving module including 2622 may include: the first receiving sub-module 26221 and/or the second receiving sub-module 26222.

The first receiving sub-module 26221 is configured to receive that the sharing party selects a parking route to be shared from the at least one parking route in response to a selection operation of the at least one parking route.

The second receiving sub-module 26222 is configured to receive that the sharing party selects a parking route to be shared from the at least one parking route in response to a selection operation after the at least one parking route is touched to enter the display content.

The sharing recipient terminal 263 may include: an obtaining module 2631 and a downloading module 2632.

The obtaining module 2631 is configured to obtain, through a sharing access entry issued by the sharing party, the parking route shared by the sharing party to the sharing recipient after the vehicle of the sharing party completes the learning of the parking route.

The downloading module 2632 is configured to initiate a parking route downloading request to the cloud server 261, and download the parking route acquired by the acquiring module to the vehicle of the sharing recipient, so that the vehicle of the sharing recipient can automatically drive using the downloaded parking route.

The download module 2632 may include: the first download sub-module 26321 and/or the second download sub-module 26322.

The first downloading submodule 26321 is configured to, in response to receiving an operation of downloading the acquired parking route by the sharing receiver, initiate a parking route downloading request to the cloud server 261, and download the parking route to the vehicle of the sharing receiver.

A second download submodule 26322, configured to display the obtained at least one parking route after saving the obtained parking route; receiving a sharing receiver to select a parking route to be downloaded from at least one parking route; a parking route downloading request is sent to the cloud server 261, and the parking route to be downloaded is downloaded to the vehicle sharing the receiver.

Fig. 27 is a schematic configuration diagram of the parking route sharing processing device shown in the present application.

Referring to fig. 27, the sharing party terminal in the present application may include a parking route sharing processing device 270, and the parking route sharing processing device 270 may include: a display module 271, a receiving module 272, a generating module 273, and a sharing module 274.

The display module 271 is configured to display the recorded at least one parking route after the vehicle completes the learning of the at least one parking route. The information of the displayed parking route may include a name of a parking lot, a floor of the parking lot, an end position, and the like corresponding to the parking route.

The receiving module 272 is configured to receive that the sharing party selects a parking route to be shared from the at least one parking route displayed by the display module 271. The receiving module 272 may respond to a selection operation of the sharing party in the cards which can be slightly displayed on the management page, and the receiving sharing party selects a parking route to be shared from at least one parking route; or responding to a selection operation of the sharing party after the parking route in the touch card enters the display content, and receiving that the sharing party selects a parking route to be shared from at least one parking route.

The generating module 273 is configured to generate a sharing access entry according to the parking route to be shared received by the receiving module 272. The generating module 273 may generate a sharing picture including the parking route according to the parking route to be shared selected by the sharing party.

The sharing module 274 is configured to receive a sharing issue instruction from the sharing party to the sharing access portal, so that the vehicle of the sharing party can automatically drive using the received parking route. The sharing module 274 may publish the sharing picture according to a sharing publishing channel selected by the sharing party, so that the vehicle of the sharing recipient can automatically drive using the received parking route.

The display module 271 may include a first display submodule 2727 and a second display submodule 2712; the receiving module 272 may include a first receiving sub-module 2721 and a second receiving sub-module 2722.

The first display sub-module 2727 is used for displaying the recorded at least one parking route through the retractable display card. The information displayed by the card can comprise the name of a parking lot corresponding to the parking route, the floor and the destination position of the parking lot, and the like. The first display sub-module 2727 may further display a prompt for a parking route to be established and/or guide a user to establish the parking route in the information displayed on the card when it is determined that there is no recorded parking route; or when a newly recorded parking route is determined, displaying a new record identifier of the parking route in the information displayed on the card.

The second display sub-module 2712 is configured to display, in response to a touch operation on the parking route displayed in the card of the first display sub-module 2727, a name of a parking lot, a floor of the parking lot, an end position, and a route length corresponding to the parking route. The second display sub-module 2712 may further display a position of a setting attribute object corresponding to the parking route, where the setting attribute object includes one or a combination of the following items: charging posts, elevator hatches, retail shops or retail facilities, vehicle service shops, and commercial building entrances and exits. The second display sub-module 2712 may also display the corresponding rating and/or download number for the parking route.

The first receiving submodule 2721 is configured to, in response to the selection operation of the at least one parking route, receive that the sharing party selects a parking route to be shared from the at least one parking route. For example, after determining that the sharing party touches the "route sharing" control in the card, that is, selects to perform route sharing, the first receiving sub-module 2721 responds to a selection operation of the sharing party in the card, and the receiving party selects a parking route to be shared from at least one parking route.

The second receiving submodule 2722 is used for responding to a selection operation after the parking routes in the touch card enter the display content, and receiving that the sharing party selects a parking route to be shared from at least one parking route. For example, the second receiving sub-module 2722 receives that the sharing party selects a parking route to be shared from the at least one parking route in response to a selection operation of the sharing party in the detail content after determining that the sharing party touches the "route sharing" control in the detail content.

The generating module 273 may generate a sharing picture including the parking route according to the parking route to be shared. The generating module 273 may also receive an authorization result of the sharing party, and determine the user information to be displayed according to the authorization result; and generating a sharing picture containing the parking route and the user information according to the parking route to be shared and the user information to be displayed.

The sharing module 274 may publish the sharing picture according to a sharing publishing channel of the sharing picture selected by the sharing party, so that the vehicle of the sharing party may automatically drive according to the parking route received according to the sharing publishing channel.

As can be seen from the example, by using the parking route sharing processing device provided by the application, a sharing party can share the parking route of the unfamiliar parking lot, so that a user who obtains the parking route, that is, a sharing receiving party, can directly start using the parking route and park in a destination parking space without learning, and therefore the parking efficiency and experience of the user in a new parking lot are greatly improved.

Fig. 28 is a schematic configuration diagram of the parking route download processing device shown in the present application.

Referring to fig. 28, the share recipient terminal in the present application may include a parking route download processing device 280, and the parking route download processing device 280 may include: an acquisition module 281 and a download module 282.

The obtaining module 281 obtains, through a sharing access portal issued by the sharing party, the parking route shared by the sharing party to the sharing recipient after the vehicle of the sharing party completes the learning of the parking route. The obtaining module may 281 identify the sharing access entry issued by the sharing party, and obtain a parking route shared by the identified sharing party to the sharing recipient. The information of the parking route may include a name of a parking lot, a floor of the parking lot, an end position, and the like corresponding to the parking route.

The downloading module 282 is configured to download the parking route acquired by the acquiring module 281 to the vehicle of the sharing recipient, so that the vehicle of the sharing recipient can automatically drive using the downloaded parking route.

The obtaining module 281 may include an identification submodule 2811 and an obtaining submodule 2812; the download module 282 may include a first download module 2821 and a second download module 2822.

An identifying sub-module 2811 is configured to identify a sharing access entry issued by the sharing party.

The obtaining sub-module 2812 is configured to obtain a parking route that the sharing party identified by the identifying sub-module 2811 shares with the sharing recipient. By identifying the sharing access entrance issued by the sharing party, the shared parking route can be obtained.

The first downloading submodule 2821 is configured to, in response to receiving an operation of downloading the acquired parking route by the sharing receiver, download the parking route to the vehicle of the sharing receiver. After the parking route shared by the sharing party to the sharing receiver is obtained through the sharing access entrance, the sharing receiver can directly download the obtained parking route to a vehicle of the sharing receiver.

A second downloading submodule 2822, configured to display the obtained at least one parking route after the obtained parking route is saved; receiving a sharing receiver to select a parking route to be downloaded from at least one parking route; and downloading the parking route to be downloaded to the vehicle sharing the receiver. After the parking routes shared by the sharing party to the sharing receiver are obtained through the sharing access entrance, the sharing receiver can firstly store the obtained parking routes, and then select a parking route from at least one parking route obtained through display to download to the vehicle.

The second download sub-module 2822 may further include a saving sub-module 2831, a first display sub-module 2832, a second display sub-module 2833, a first receiving sub-module 2834, a second receiving sub-module 2835, and a download processing sub-module 2836.

The saving submodule 2831 is configured to, in response to receiving a saving operation of the sharing recipient on the selection of the shared parking route identified by the identifying submodule 2811, save the parking route to the cloud server, so that the cloud server synchronizes the parking route to the parking route obtained by the sharing recipient.

The first display submodule 2832 is configured to display the obtained at least one parking route through the retractable card. The parking route presented information may include a name of a parking lot, a floor of the parking lot, an end position, and the like corresponding to the parking route. The first display sub-module 2832 may further display a prompt and/or guide to obtain the parking route in the information displayed on the card when it is determined that there is no obtained parking route; or when the parking route to be downloaded is determined to be newly acquired, the newly acquired identification of the parking route is displayed in the information displayed on the card.

The second display sub-module 2833 is configured to display, in response to a touch operation on the parking route displayed in the card of the first display sub-module 2832, a name of a parking lot, a floor of the parking lot, an end position, and a length of the route corresponding to the parking route. The second display sub-module 2833 may further display a location of a setting attribute object corresponding to the parking route, where the setting attribute object includes one or a combination of the following items: charging posts, elevator hatches, retail shops or retail facilities, vehicle service shops, and commercial building entrances and exits. The second display sub-module 2833 may also display the corresponding rating and/or download number for the parking route.

The first receiving sub-module 2834 is configured to receive that the sharing recipient selects a parking route to be downloaded from the at least one parking route in response to a selection operation in the zoomable card. For example, after determining that the sharing recipient touches the "download to car" control in the card, that is, selects to perform the route download, the first receiving sub-module 2834 receives that the sharing recipient selects a parking route to be downloaded from the at least one parking route.

The second receiving submodule 2835 is configured to receive, in response to a selection operation after the parking route in the touch card enters the display content, that the sharing recipient selects a parking route to be downloaded from the at least one parking route. For example, after determining that the sharing recipient touches the "download to car" control in the detailed content, the second receiving sub-module 2835 receives that the sharing recipient selects a parking route to be downloaded from the at least one parking route in response to a selection operation of the sharing recipient in the detailed content.

And the download processing submodule 2836 is configured to download the parking route to be downloaded to the vehicle of the sharing recipient, so that the vehicle of the sharing recipient can automatically drive using the downloaded parking route.

As can be seen from this example, with the parking route download processing device provided by the present application, the sharing receiver may store the shared parking route in the cloud, or may directly download the shared parking route to the vehicle end of the sharing receiver; the vehicle of the sharing receiver can automatically drive by using the downloaded parking route, for example, parking can be completed until the vehicle is parked, so that the parking efficiency of the sharing receiver in a new parking lot is greatly improved, and the user experience is also improved.

With regard to the apparatus in the above example, the specific manner in which the respective modules perform the operations has been described in detail in the example related to the method, and will not be elaborated upon here.

Fig. 29 is a schematic structural diagram of a terminal device shown in the present application. The terminal device may be a terminal such as a PC, Mac, notebook, mobile phone, tablet, or the like.

Referring to fig. 29, a terminal device 2900 includes a memory 2929 and a processor 2920.

The Processor 2920 may be a Central Processing Unit (CPU), other general purpose Processor, a Digital Signal Processor (DSP), an Application Specific Integrated Circuit (ASIC), a Field Programmable Gate Array (FPGA) or other Programmable logic device, discrete Gate or transistor logic, discrete hardware components, and so on. A general purpose processor may be a microprocessor or the processor may be any conventional processor or the like.

The memory 2929 may include various types of storage units, such as system memory, Read Only Memory (ROM), and a permanent storage device. The ROM may store, among other things, static data or instructions for the processor 2920 or other modules of the computer. The persistent storage device may be a read-write storage device. The persistent storage may be a non-volatile storage device that does not lose stored instructions and data even after the computer is powered off. In some embodiments, the persistent storage device employs a mass storage device (e.g., magnetic or optical disk, flash memory) as the persistent storage device. In other embodiments, the permanent storage may be a removable storage device (e.g., floppy disk, optical drive). The system memory may be a read-write memory device or a volatile read-write memory device, such as a dynamic random access memory. The system memory may store instructions and data that some or all of the processors require at runtime. In addition, the memory 2929 may comprise any combination of computer-readable storage media, including various types of semiconductor memory chips (e.g., DRAM, SRAM, SDRAM, flash, programmable read-only memory), magnetic or optical disks, or the like. In some embodiments, memory 2929 may include a removable storage device that is readable and/or writable, such as a Compact Disc (CD), a digital versatile disc read only (e.g., DVD-ROM, dual layer DVD-ROM), a Blu-ray disc read only, an ultra-dense disc, a flash memory card (e.g., SD card, min SD card, Micro-SD card, etc.), a magnetic floppy disk, or the like. Computer-readable storage media do not contain carrier waves or transitory electronic signals transmitted by wireless or wired means.

The memory 2929 has stored thereon executable code that, when processed by the processor 2920, may cause the processor 2920 to perform some or all of the methods described above.

Furthermore, the method according to the present application may also be implemented as a computer program or computer program product comprising computer program code instructions for performing some or all of the steps of the above-described method of the present application.

Alternatively, the present application may also be embodied as a computer-readable storage medium (or non-transitory machine-readable storage medium or machine-readable storage medium) having executable code (or a computer program or computer instruction code) stored thereon, which, when executed by a processor of an electronic device (or server, etc.), causes the processor to perform part or all of the various steps of the above-described method according to the present application.

Having described embodiments of the present application, the foregoing description is intended to be exemplary, not exhaustive, and not limited to the disclosed embodiments. Many modifications and variations will be apparent to those of ordinary skill in the art without departing from the scope and spirit of the described embodiments. The terminology used herein is chosen in order to best explain the principles of the embodiments, the practical application, or improvements made to the technology in the marketplace, or to enable others of ordinary skill in the art to understand the embodiments disclosed herein.

Claims

1. A parking route processing method characterized by comprising:

obtaining at least one parking route uploaded after a vehicle of a sharing party completes the learning of the parking route;

receiving a parking route downloading request initiated after a sharing receiver obtains a parking route shared by a sharing party through a sharing access entrance issued by the sharing party, wherein the sharing access entrance is generated after the sharing party selects a parking route to be shared from the at least one parking route and issues the parking route according to a sharing issuing instruction;

and according to the parking route downloading request, downloading the corresponding parking route acquired by the sharing receiver to the vehicle of the sharing receiver from the at least one parking route, so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route.

2. The method of claim 1, wherein the sharing access portal is generated by the sharing party after selecting a parking route to be shared from the at least one parking route, and comprises:

and responding to the selection operation of the sharing party on the at least one parking route or the selection operation of the sharing party after the sharing party touches the at least one parking route to enter the display content by the terminal of the sharing party, receiving the selection of the parking route to be shared from the at least one parking route by the sharing party, and generating a sharing access entrance of the parking route.

3. The method according to claim 1, wherein the receiving of the parking route download request initiated after the sharing receiver obtains the parking route shared by the sharing party through a sharing access portal issued by the sharing party comprises:

and after the sharing receiver identifies the sharing access entrance issued by the sharing party and acquires the parking route shared by the identified sharing party to the sharing receiver, receiving a parking route downloading request initiated by the sharing receiver.

4. The method of claim 3, wherein receiving a parking route download request initiated by a sharing recipient comprises:

receiving a parking route downloading request initiated by the sharing receiver after the sharing receiver downloads the acquired parking route from a terminal of the sharing receiver; or the like, or, alternatively,

and after the terminal of the sharing receiver displays the obtained at least one parking route and receives the parking route to be downloaded selected by the sharing receiver from the at least one parking route, receiving a parking route downloading request initiated by the sharing receiver.

5. The method of claim 4, wherein the receiving a share recipient selecting a parking route to be downloaded from the at least one parking route, comprising:

responding to the selection operation of the sharing receiver on the at least one parking route, and receiving a parking route to be downloaded selected by the sharing receiver from the at least one parking route; or the like, or, alternatively,

and responding to the selection operation of the sharing receiver after the sharing receiver touches the at least one parking route and enters the display content, and receiving the selection of the parking route to be downloaded from the at least one parking route by the sharing receiver.

6. The method according to any one of claims 1 to 5, wherein:

the information displayed by the parking route includes the name of the parking lot, the floor of the parking lot, and the destination position corresponding to the parking route.

7. The method of claim 6, wherein:

the information displayed by the parking route further includes the position of a set attribute object corresponding to the parking route, and the set attribute object includes one or a combination of the following items: charging posts, elevator hatches, retail shops or retail facilities, vehicle service shops, and commercial building entrances and exits.

8. A cloud server, comprising:

the route acquisition module is used for acquiring at least one parking route uploaded by a vehicle of a sharing party after learning of the parking route;

the request receiving module is used for receiving a parking route downloading request initiated after a sharing receiver obtains a parking route shared by a sharing party through a sharing access entrance issued by the sharing party, wherein the sharing access entrance is generated after the sharing party selects a parking route to be shared from at least one parking route and issues the parking route according to a sharing issuing instruction;

and the route downloading module is used for downloading the corresponding parking route acquired by the sharing receiver to the vehicle of the sharing receiver from the at least one parking route according to the parking route downloading request received by the request receiving module, so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route.

9. A parking route processing system, characterized by comprising:

the cloud server is used for acquiring at least one parking route uploaded by a vehicle of a sharing party after learning of the parking route; receiving a parking route downloading request initiated after a sharing receiver obtains a parking route shared by a sharing party through a sharing access entrance issued by the sharing party; according to the parking route downloading request, downloading a corresponding parking route acquired by the sharing receiver to a vehicle of the sharing receiver from the at least one parking route, so that the vehicle of the sharing receiver can automatically drive by using the downloaded parking route;

the sharing party terminal is used for uploading at least one parking route to the cloud server after the vehicle of the sharing party completes the learning of the parking route; after the sharing party selects a parking route to be shared from the at least one parking route, a sharing access entrance is generated and issued according to a sharing issuing instruction;

and the sharing receiver terminal is used for initiating a parking route downloading request to the cloud server after the sharing receiver obtains the parking route shared by the sharing party through the sharing access entrance issued by the sharing party.

10. The system of claim 9, wherein the sharing party terminal comprises:

the display module is used for displaying the recorded at least one parking route after the vehicle of the sharing party completes the learning of the at least one parking route;

the receiving module is used for receiving the parking routes to be shared selected by the sharing party from the at least one parking route displayed by the display module;

the generating module is used for generating a sharing access entrance according to the parking route to be shared received by the receiving module;

and the sharing module is used for receiving a sharing issuing instruction of the sharing party to the sharing access entrance and issuing the sharing access entrance according to the sharing issuing instruction.

11. The system of claim 10, wherein the receiving module comprises:

the first receiving submodule is used for responding to the selection operation of the at least one parking route, and receiving a parking route to be shared selected by a sharing party from the at least one parking route; or the like, or, alternatively,

and the second receiving submodule is used for responding to a selection operation after the at least one parking route is touched to enter the display content, and receiving a parking route to be shared selected by the sharing party from the at least one parking route.

12. The system according to claim 9, wherein the sharing recipient terminal comprises:

the acquisition module is used for acquiring the parking route shared by the sharing party to the sharing receiver through a sharing access entrance issued by the sharing party after the vehicle of the sharing party completes the learning of the parking route;

and the downloading module is used for initiating a parking route downloading request to the cloud server, downloading the parking route acquired by the acquiring module to the vehicle of the sharing receiver, and enabling the vehicle of the sharing receiver to automatically drive by using the downloaded parking route.

13. The system of claim 12, wherein the download module comprises:

the first downloading submodule is used for responding to the received operation that the sharing receiver downloads the obtained parking route, initiating a parking route downloading request to the cloud server, and downloading the parking route to the vehicle of the sharing receiver; or the like, or, alternatively,

the second downloading submodule is used for displaying the obtained at least one parking route after the obtained parking route is stored; receiving a sharing receiver to select a parking route to be downloaded from the at least one parking route; and initiating a parking route downloading request to the cloud server, and downloading the parking route to be downloaded to the vehicle of the sharing receiver.

14. A terminal device, comprising:

a processor; and

a memory having executable code stored thereon, which when executed by the processor, causes the processor to perform the method of any one of claims 1-7.

15. A computer-readable storage medium having stored thereon executable code, which when executed by a processor of an electronic device, causes the processor to perform the method of any one of claims 1-7.